Wednesday, 3 December 2014

Waste is rife in all ‘corners of the globe’. Be-it water,
sewage, medical, municipal, heat, distribution losses, negligence, inefficiency
or even sunshine. If only we could reduce wastes and unify our systems, we
could supply the ‘same for [much] less’.

The
sun is the biggest source of power known to man

Unfortunately
it is overlooked in many power projects

Salt
Ponds are Simple technology and well proven

Ideally
located near salt water

Inexpensive
and easily maintained

Useful
by products; salt and shrimps

Patented and passive purification technologies
to produce potable water; including small scale purification units for
villages.

Additional possibilities with fish farming in
side ponds

Additional
Ponds can be added as the development expands

Concept project

A very saline artificial lake can be utilised
as both a solar collector and solar energy storage medium. We have expertise
within this field and are seeking projects where this technology can be
utilised and scaled up to produce significant energy volumes.

The ideal location
closes to the sea in very high sunshine areas, with needs for both electricity
generation and water purification. Drinkable water will be available from this
station near the sea.

This innovative system will also allow the
user to produce sea-salt. This new salt is of a very good quality and will allow
the user to stop using and withdrawing salt from the lake. This dramatic
change will take some time and will protect the delicate Lake ecosystem in
the long run.

Furthermore this
same pond can harbour brine shrimps as a way to clean the water. This gives the
opportunity of a new source of revenue from marketing the shrimp.

Initially the salt
ponds will be filled with sea water or from the flood waters entering the Lake.
Zero Energy Systems[ZES or Sun Earth Energy -SEE] can advise on the construction and specification of such
ponds and to design these to power the development around Lake.

Technically the
water at the bottom of a solar salt pond can reach up to 95 oC. This
heat allows the production of electricity - dependent on the size of the solar
salt pond between 2-5MW of power can be produced continuously.